21st Century Advances in Fluorescence Techniques to Characterize Glass-Forming Polymers at the Nanoscale

Engineering & Materials Science

• Fluorescence 100%
• Glass 69%
• Polymers 63%
• Characterization (materials science) 45%
• Photobleaching 30%
• Nanotechnology 20%
• Energy transfer 20%
• Glass transition 19%
• Superconducting transition temperature 18%
• Aging of materials 13%
• Recovery 11%
• Geometry 10%
• Temperature 6%

Physics & Astronomy

• fluorescence 64%
• polymers 50%
• glass 50%
• characterization 48%
• polymer chemistry 37%
• nanotechnology 24%
• seats 23%
• glass transition temperature 20%
• energy transfer 17%
• recovery 17%
• expansion 13%
• sensitivity 12%
• geometry 12%
• temperature 6%

Chemical Compounds

• Fluorescence 50%
• Fluorescence Recovery After Photobleaching 41%
• Nonradiative Energy Transfer 40%
• Glass Transition Temperature 24%
• Compound Mobility 22%
• Diffusion 17%
• Chemistry 16%